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Climate Smart Agriculture for Improving Crop Production and Biodiversity Conservation: Opportunities and Challenges in the 21st Century - A Narrative Review

机译:气候智能农业,促进作物生产和生物多样性保护:21世纪的机遇与挑战-叙事评论

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Climate change and agriculture are interlinked and affect each other globally. The global population continues to rise while food and nutritional insecurity remain main global challenges facing humanity. Traditional agriculture methods need transformation to climate smart agriculture (CSA) approaches that have potential to improve food production amidst climate change realities. The review aimed at evaluation of published literature on CSA, establishment of CSA linkages with national development plans for Uganda and Ethiopia, African Union Agenda 2063, UN Sustainable Development Goals and CSA contribution to biodiversity conservation across the globe. Additionally, the review aimed at identifying opportunities and challenges of CSA in the 21st Century and recommend possible options for all stakeholders for improved income, environmental conservation, and food and nutritional security. Literature search from 2000-2019 was carried out using key words and key phrases in relevant journals and authentic websites. It was found out that CSA supports three pillars: 1) Sustainably increasing agricultural productivity and incomes, 2) Adapting and building resilience to climate change, 3) Climate change mitigation and contributes to Biodiversity Conservation and management. CSA approach has potential to improves food security and farmers' income. CSA has a vast number of opportunities that include availability of crop genetic diversity, availability of interested CSA researchers, gene banks for genome resources for CSA crop enhancement; enhanced technology for CSA practices that can be accessed by farmers and vibrant research organizations and donor agencies interested in promoting CSA approaches. CSA challenges were identified to include: limited technical and financial capacity and negative attitude from smallholder farmers. It was concluded that CSA approach is a better option for the present and centuries to come farmers across the globe for the attainment of the United Nations (UN) Sustainable Development Goals (SDGs) 2015-20130, UN Agenda 2063 and national development plants of most African countries including Uganda and Ethiopia. The review recommended that capacity building for farmers and researchers need to be done and governments and donor agencies should provide soft CSA loans to farmers to supporting CSA practices and technologies in all developing countries and the approach should be adopted by all the farmers and be promoted by all stakeholders at all levels in both the present and future centuries.
机译:气候变化与农业相互联系,并在全球范围内相互影响。全球人口继续增加,而粮食和营养不安全仍然是人类面临的主要全球挑战。传统的农业方法需要转换为气候智能农业(CSA)方法,在气候变化现实中有潜力改善粮食生产。审查的目的是评估有关CSA的已发表文献,建立CSA与乌干达和埃塞俄比亚国家发展计划,非洲联盟2063年议程,联合国可持续发展目标以及CSA对全球生物多样性保护的贡献。此外,该审查旨在确定21世纪CSA的机遇和挑战,并为所有利益相关者建议可能的选择,以改善收入,环境保护,粮食和营养安全。使用相关期刊和真实网站中的关键词和关键短语对2000-2019年的文献进行搜索。研究发现,CSA支持三个支柱:1)持续提高农业生产率和收入; 2)适应和增强对气候变化的适应力; 3)缓解气候变化并为生物多样性的保护和管理做出贡献。 CSA方法具有改善粮食安全和农民收入的潜力。 CSA拥有大量机会,包括作物遗传多样性的可获得性,感兴趣的CSA研究人员的可获得性,用于CSA作物增强的基因组资源的基因库;农民,充满活力的研究组织和对推广CSA方法有兴趣的捐助机构可以使用CSA实践的增强技术。 CSA面临的挑战包括:技术和财务能力有限以及小农户的负面态度。结论是,CSA方法是当今和数百年来在全球范围内吸引农民实现联合国(UN)2015-20130年可持续发展目标(SDGs),联合国2063年议程和大多数国家发展工厂的更好选择。非洲国家,包括乌干达和埃塞俄比亚。审查建议,必须进行农民和研究人员的能力建设,政府和捐助机构应向农民提供软的CSA贷款,以支持所有发展中国家的CSA做法和技术,所有农民应采用这种方法,并应由其推广。在当前和未来的世纪中,各个层面的所有利益相关者。

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